Healthcare wearables

Extensive portfolio to design safe, secure and reliable devices

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Overview

Health wearables and disposables must monitor and deliver accurate, real-time data around-the-clock. Infineon's broad technology portfolio helps solve design challenges such as data privacy and security, long battery life, reliable connection, sensor accuracy, and building innovative small form factor designs.

Benefits

  • Secure data, authenticated devices
  • Low-power microcontrollers and wireless solutions
  • Reliable connectivity and memory
  • Flexible compute solutions
  • Size-optimized designs
  • Accurate sensing

About

Infineon offers a one‑stop portfolio to help you design healthcare wearables such as CGMs, insulin pumps, and ECG monitors. Our portfolio offers a variety of low‑power edge compute, precise sensing, and reliable connectivity solutions to meet your ultra‑compact designs.

Our PSOC™ 63 Bluetooth® LE MCU integrates processing, analog, and Bluetooth® Low Energy to support accurate data capture and efficient, low‑power wireless transfer.

For optimized integration and system control, our ASIC solutions can be tailored to specific device needs. Our wireless connectivity solutions enable reliable higher‑throughput connectivity and longer battery life. XENSIV™ TMR magnetic switches add robust, low‑power magnetic actuation or position detection for wearable mechanisms and accessories. Memory solutions provide dependable storage for data logging, firmware, and updates.

Engineers face several challenges when designing wearables.  They must address ultra‑compact form factors, ease of use, low-power consumption, intuitive visualization, connectivity capabilities, measurement accuracy, acoustic processing, and long‑term stability.

The designs must also achieve stable performance while ensuring precise, reliable sensing and robust signal processing regardless of the real-world conditions. At the same time, healthcare wearables must embed hardened security and secure connectivity, so users and providers can trust that personal and confidential health data remains protected.

Machine learning is crucial for next-gen healthcare wearables. Infineon's processors have ML acceleration and neural-network compute, enabling intelligent, usable, and contextually aware wearables. We offer flexibility in ML model implementation: import custom models, use a ready model from our library, or create one with DEEPCRAFT™ Studio. This versatility drives innovation in healthcare wearables, providing personalized and predictive insights.

Infineon's differentiated portfolio of secured, reliable solutions support regulatory compliance in healthcare environments. With embedded security, secured authentication through contact-based and NFC technologies, and robust microcontrollers, Infineon enables trusted operation in disposable healthcare equipment and connected healthcare assets. Our reliable Bluetooth®  solutions deliver consistent RF performance and advanced power-saving features, enabling secured connectivity, extended battery life, and dependable operations in demanding healthcare environments.

Infineon offers a one‑stop portfolio to help you design healthcare wearables such as CGMs, insulin pumps, and ECG monitors. Our portfolio offers a variety of low‑power edge compute, precise sensing, and reliable connectivity solutions to meet your ultra‑compact designs.

Our PSOC™ 63 Bluetooth® LE MCU integrates processing, analog, and Bluetooth® Low Energy to support accurate data capture and efficient, low‑power wireless transfer.

For optimized integration and system control, our ASIC solutions can be tailored to specific device needs. Our wireless connectivity solutions enable reliable higher‑throughput connectivity and longer battery life. XENSIV™ TMR magnetic switches add robust, low‑power magnetic actuation or position detection for wearable mechanisms and accessories. Memory solutions provide dependable storage for data logging, firmware, and updates.

Engineers face several challenges when designing wearables.  They must address ultra‑compact form factors, ease of use, low-power consumption, intuitive visualization, connectivity capabilities, measurement accuracy, acoustic processing, and long‑term stability.

The designs must also achieve stable performance while ensuring precise, reliable sensing and robust signal processing regardless of the real-world conditions. At the same time, healthcare wearables must embed hardened security and secure connectivity, so users and providers can trust that personal and confidential health data remains protected.

Machine learning is crucial for next-gen healthcare wearables. Infineon's processors have ML acceleration and neural-network compute, enabling intelligent, usable, and contextually aware wearables. We offer flexibility in ML model implementation: import custom models, use a ready model from our library, or create one with DEEPCRAFT™ Studio. This versatility drives innovation in healthcare wearables, providing personalized and predictive insights.

Infineon's differentiated portfolio of secured, reliable solutions support regulatory compliance in healthcare environments. With embedded security, secured authentication through contact-based and NFC technologies, and robust microcontrollers, Infineon enables trusted operation in disposable healthcare equipment and connected healthcare assets. Our reliable Bluetooth®  solutions deliver consistent RF performance and advanced power-saving features, enabling secured connectivity, extended battery life, and dependable operations in demanding healthcare environments.

Documents

Design resources

Developer community

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